Nuclear predictions for H spectroscopy without nuclear errors

Transition from analogue-to-digital nuclear electronics for precise gamma radiation spectroscopy: advantages and limitations

In this paper, digital signal processing for precise gamma ray spectroscopy is presented. The basis of this system is a 14bit waveform digitizer which samples the output of pre-amplifier signals directly. The advantages and limitations of the digital spectrometer compared with analog spectrometer has been tested and analyzed from precise gamma ray spectroscopy point of view. The results shows t...

Grand Canonical Model Predictions For Nuclear Fragmentation

A very simple but very popular model for nuclear multifragmentation is this: the nucleus is heated up and breaks up into many pieces (composites and new produced particles if the energy is sufficient) strictly according to phase space. This occurs in an expanded volume, about three or four times the normal volume. Population strictly according to phase-space implies chemical and thermal equilib...

Universal predictions for statistical nuclear correlations.

We explore the behavior of collective nuclear excitations under a multi-parameter deformation of the Hamiltonian. The Hamiltonian matrix elements have the form P (|Hij |) ∝ 1/ √ |Hij | exp(−|Hij|/V ), with a parametric correlation of the type log〈H(x)H(y)〉 ∝ −|x − y|. The studies are done in both the regular and chaotic regimes of the Hamiltonian. Model independent predictions for a wide variet...

Nuclear Quadrupole Resonance Spectroscopy

I-12: Nuclear Reprogramming in Bovin Somatic Cell Nuclear Transfer

Somatic cell nuclear transfer (SCNT or cloning) returns a differentiated cell to a totipotent status; a process termed nuclear reprogramming. Reproductive cloning has potential applications in both agriculture and biomedicine, but is limited by low efficiency. To understand the deficiencies of nuclear reprogramming, our research has focused on both candidate genes and global gene expression pat...